ESA INFORMATION DAY
ON THE
EUROPEAN GNSS EVOLUTION
PROGRAMME (EGEP) 2013-15
Warsaw, Poland
11 April 2013
| Slide 1
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 2
EGEP Objectives
ESA Optional Programme fully funded by ESA MS in line with the principles
and guidelines of the EU/ESA framework agreement
Programme Objectives:
−
−
−
Enable technical readiness for upgrades and evolution of EGNOS and
Galileo caused by mission evolution, operability improvements
and/or technology obsolescence
Maintain technical European know how, competences and
infrastructures at par internationally
Sustain competitiveness and innovation capabilities
The activities are focusing on infrastructure technology R&D, and system
development activities covering Phase A/B
| Slide 3
EGEP 2008-12
+
Canada
• 18 Participating
States
• Initiated in 2007
• ~ 100 M€
| Slide 4
EGEP Activities 2008-12
2007
2008
2009
2010
2011
2012
2013
Exploratory System Studies (MRS, C-band,..)
Future Applications
SYSTEM
EGNOS V3 Phase A
ARAIM System Study
Breadboarding (Cs, PHM clocks)
SPACE
SEGMENT
Engineering Models
(clocks, IDU,..)
Multi-Constellation Receiver Dvpts.
GROUND
SEGMENT
Advanced Ground Antenna Dvpts.
Test-Bed Core Platform Developments (SPEED)
VERIFICATION
VALIDATION
Test-Beds Devpt and Operation
C-band, S-band Propagation Studies and Interference
GNSS
SCIENCE
Ionosphere Campaign
GNSS Science (GNSS-R, AO) and Education
TODAY
| Slide 5
Achievements 2008-12
•
•
Definition of a Multi-Constellation Regional System (MRS) concept
used as a basis for EGNOS V3
•
Identification of possible trends for a future architecture of Galileo
–
Separation of navigation signal chains to improve flexibility
–
Inter-satellite link based architecture to reduce dependence from ground
segment and to improve autonomy
–
Improvement of robustness of system elements
–
Use of new frequency bands
New atomic clock technology line initiated: optically-pumped Cs clock
−
RAFS - Cs - PHM
Industrial diversity
•
Concept P/L Self-Equalization unit
•
Development of future multi-constellation sensor stations initiated
•
RIMS core receiver technology
•
Advanced antenna developments
•
Core technology of up-link station for future EGNOS V3
•
SPEED and testbeds
| Slide 6
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 7
PROGRAMMATIC CONTEXT
For what regards the preparatory activities for EGNOS:
Preparation of the preliminary design and technology for EGNOS V3 with the following
objectives:
• Ensure provision of the single frequency service after the announced
discontinuation in 2020 of the guaranteed codeless use of GPS L2P(Y) signal after
2020.
• Introduce new Safety-of-Life (SoL) service based upon a multi-frequency and multiconstellation mode.
For what regards the preparatory activities for Galileo:
Prepare the definition and technology for a 2nd generation of Galileo (Galileo 2G)
responding to the needs for evolutions identified in coordination with the EC and the
various stakeholders, consistent with the Galileo Mission Evolution Roadmap and ready
in time for the replenishment of the Galileo constellation .
For what regards GNSS in general:
• Sustain, evolve and broaden the GNSS-related technological know-how in Europe.
| Slide 8
EGNOS V2-V3 OVERALL ROADMAP
Service evolution milestone (WAAS or EGNOS).
Major Milestone (PDR, CDR, QR, draft standard, consolidated standard).
Activities supporting the production of international standards (SARPS, MOPS)
and of associated avionics.
EGEP Activities related to EGNOS V3
Upgrade Ground Segment to GPS/Galileo
improves current EGNOS L1 service
APV-I Coverage Performance for EGNOS GPS L1 users
Current Performance
Future Performance: GPS+Galileo G/S
70
60
60
50
50
> 99.9%
> 99.5%
> 99.5%
> 99%
Latitude (deg)
Latitude (deg)
> 95%
40
> 90%
40
> 85%
30
30
20
20
> 75%
> 50%
Availability for HAL:40 VAL:50
MinDOC:3 MinIPP:2 PullInRadIPP:400km
70
> 99.9%
> 99%
> 95%
> 90%
> 85%
> 75%
> 50%
< 50%
-40
-30
-20
-10
0
10
Longitude (deg)
20
30
40
50
10
-40
-30
< 50%
-20
-10
0
10
Longitude (deg)
20
30
40
50
Availability for HAL:40 VAL:50
MinDOC:3 MinIPP:2 PullInRadIPP:400km
80
80
LPV-200 L1/L5 GPS Only
L1/L5 Service / 24GPS Satellites / GEOs set to monitored / RIMS Elevation Mask 15deg / MT28 Implemented
Timestep 300s / Duration 1 day / Gridsize 2.5x2.5deg
90
> 99.9%
60
> 99%
30
Latitude (deg)
> 95%
0
> 90%
> 85%
-30
> 75%
-60
> 50%
< 50%
-90
-180
-120
-60
0
Longitude (deg)
60
120
180
Availability for HAL:40m VAL:35m
MinDOC:5 MinIPP:3 PullInRadIPP:500km
> 99.5%
LPV-200 L1/L5 GPS+Galileo
Complete Coverage of Africa
L1/L5 Service / 24GPS+27GAL Satellites / GEOs set to monitored / RIMS Elevation Mask 15deg / MT28 Implemented
Timestep 300s / Duration 1 day / Gridsize 2.5x2.5deg
90
> 99.9%
60
> 99%
30
Latitude (deg)
> 95%
0
> 90%
> 85%
-30
> 75%
-60
> 50%
< 50%
-90
-180
-120
-60
0
Longitude (deg)
60
120
180
Availability for HAL:40m VAL:35m
MinDOC:5 MinIPP:5 PullInRadIPP:500km
> 99.5%
LPV-200 L1/L5 GPS+Galileo MultiRegional
L1/L5 Service / 24 GPS + 27 GAL Satellites / GEOs set to monitored / RIMS Elevation Mask 15deg / MT28 Implemented
Timestep 300s / Duration 1 Day / Grid 2.5 x 2.5 deg
90
> 99.9%
60
> 99%
30
Latitude (deg)
> 95%
0
> 90%
> 85%
-30
> 75%
-60
> 50%
< 50%
-90
-180
-120
-60
0
Longitude (deg)
60
120
180
Availability for HAL:40m VAL:35m
MinDOC:5
> 99.5%
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 15
Galileo Drivers
• Drivers stemming from the envisage evolution of the current Mission:
o Non-compliance with baseline mission requirements; an example
being the decision to stop the implementation of the originally
foreseen Galileo Safety of Life (SoL) service.
o Emerging new mission requirements, such as improvement of the
PRS service.
• Drivers stemming from bottom-up system level considerations:
o System design-to-cost optimization (incl. technology improvement).
o Management of obsolescence.
o Risk mitigation.
| Slide 16
GALILEO DIRECTIONS
1
Horizontal Directions
1. Cost Efficiency of the Galileo System
Space Segment Directions
2.
Replenishment Flexibility and Introduction of new Platform
Capabilities
3.
Guarantee availability of diversified and independent European
GNSS technologies
4.
Allow (early) introduction of new Services
Ground System Directions
5.
Reduce dependence from Ground Segment
| Slide 17
GALILEO DIRECTIONS
2
Frequencies, Signals and Services Directions
6.
Increase Robustness and Operational Capabilities of the Galileo
Public Regulated Service (PRS
7.
Mitigate Vulnerability of Galileo (and GNSS) Signals to
Interference
8.
Increase Service Performance in Comparison with other GNSS
9.
Increase Utilization of Galileo with Respect to Integrity
Applications
| Slide 18
PRIORITY OF DIRECTIONS
High priority directions:
1.
Cost benefit of Galileo system.
2.
Replenishment flexibility and introduction of new platform capabilities.
3.
Guarantee the availability of diversified and independent European
GNSS technologies.
4.
Reduce dependence from ground segment.
5.
Increase Robustness and Operational Capabilities of the PRS.
Medium priority directions:
6.
Mitigate vulnerability of Galileo (and GNSS) signals to interference.
7.
Increase service performance in comparison with other GNSS.
Low priority directions:
8.
Increase utilization of Galileo with Respect to Integrity Applications.
9.
Allow introduction of new services.
| Slide 19
POSSIBLE GALILEO 2G IMPLEMENTATION
| Slide 20
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 21
Accompanying Activities
•
Testbeds
• Tools and Complementary Activities to support the Executive
preparing the future GNSS.
•
•
System tools.
•
Complementary activities.
•
Common Ground Technology.
System Support Services.
Ad hoc support to the Executive in its system level activities.
| Slide 22
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 23
EGEP SUBSCRIPTION AT CM 2012
Participants
Austria
Belgium
Czech Republic
Denmark
Finland
France
Germany
Greece
Ireland
Italy
Netherlands
Norway
Poland
Portugal
Romania
Spain
Sweden
Switzerland
United kingdom
Canada
Covered
Uncovered
TOTAL
Financial
Contribution
Decl. rev.8 M€
2006 e.c.
2.623
4.120
0.480
2.800
0.613
22.862
16.378
0.653
0.630
15.037
1.763
4.858
0.000
1.940
0.000
9.750
2.050
5.820
5.852
1.601
99.830
5.170
105.000
Financial
Financial
Contribution
Contribution
Extension M€
Decl. rev.9 M€
2006 e.c.
2012 e.c.
2006 e.c.
2.136
2.4
4.759
1.335
1.5
5.455
0.445
0.5
0.925
0.000
0.0
2.800
0.721
0.8
1.334
21.700
24.4
44.562
26.700
30.0
43.078
0.000
0.0
0.653
0.000
0.0
0.630
14.418
16.2
29.455
0.000
0.0
1.763
3.605
4.1
8.463
3.338
3.8
3.338
0.668
0.8
2.608
2.670
3.0
2.670
0.000
0.0
9.750
0.000
0.0
2.050
4.450
5.0
10.270
22.610
25.4
28.462
0.000
0.0
1.601
104.796
117.8
204.626
28.704
32.2
33.874
133.500
150.0
238.500
| Slide 24
EGEP SUBSCRIPTION AT CM 2012
MAIN HIGHLIGHTS
•
Subscriptions for 2013-15: 117.8 M€
•
No contributions from Denmark, Greece, Ireland, Netherlands,
Spain, Sweden, Canada
•
Contributions from new MS (ROM and POL)
Overall:
• Level of subscription is a very positive support from MS to the EGEP
programme, allowing to reach the main goals of the programme
However:
• Workplan had to be adapted to the subscribed financial envelope
(150 M€ > 117.8 M€)
• Specific situation of Spanish contribution (EGNOS)
| Slide 25
EGEP 2013-15
+
Canada
• 18+2 Participating
States
• ~ 118 M€
• Activities related to
EGNOS & Galileo
• Only R+T
necessary to it
| Slide 26
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 27
2013-15 EGEP Work Plan - 1
Proposed Activities for the 2013-15 Extension of the EGEP
(Cost in M€)
system studies
EGNOS
v3
technology
developments
complementary
activities
EGNOS v3 Total
IPC ID
ID
Title
60.01/
60.02
2010
[2x] EGNOS v3 B2
system study
62
2065
Support to
standardization
63.01/
63.02
2050
64
2060
66
2090
[2x] RIMS v3
prototype
Modernised EGNOS
user receiver
prototype
Ionosphere
characterisation
CM 117.8 M€
Grand
Total
23.0
2013
Remarks
2014
2015
23.0
0.5
0.5
Standardization
efforts are
essential for
EGNOS V3
9.0
9.0
2 x 4.5 M€
1.5
1.5
1.0
0.5
0.5
35.0
33.0
2.0
| Slide 28
2013-15 EGEP Work Plan - 2
Proposed Activities for the 2013-15 Extension of the EGEP (Cost in M€)
IPC ID
system
studies
phase A/B1
satellite
study
Galileo
2G
low TRL
techno
preparation
payload predevelopments
Galileo 2G Total
ID
Title
Enhancements of orbit
determination and time
synchronization
PRS signal robustness
CM 117.8 M€
Grand
Total
2013
0.4
0.4
1.0
1.0
16.0
16.0
Remarks
2014
68
200
70
930
71.01/
71.02
170
[3x] Galileo 2G satellite
detailed design
72.01/
72.02
180
Direct L-band signal
generation
3.6
3.6
73
450
On-board clock ensemble
CMCU (ONCLE CMCU)
1.8
1.8
74
660
1.0
1.0
76.01/
76.02/
76.03
570
3.6
3.6
95
210+
1080
Space clock 2nd supplier (Cs)
[3x] Electrical propulsion
thruster operational
characterization and
industrialization
Galileo 2G Links
0.5
0.5
96
460
Robust RAFS
0.9
80
470
81
720
Miniaturised low-maintenance
PHM
ISL predevelopment (EM)
2015
CLASSIFIED
Contractual 2 phases: A+B1
Only 1 contract -
0.9
1.8
1.8
8.0
4.0
4.0
38.6
25.5
13.1
| Slide 29
2013-15 EGEP Work Plan - 3
Proposed Activities for the 2013-15
Extension of the EGEP (Cost in M€)
ID
High-Integrity System
Test-Bed
New integrity concept
2110 for dual-frequency
SBAS
2130 ARAIM test-bed
2100
Test-beds
Test-beds
Total
Title
CM 117.8 M€
Grand
Total
2013
Remarks
2014 2015
1.4
0.7
0.7
2.2
1.1
1.1
1.5
5.1
1.5
1.8
3.3
| Slide 30
2013-15 EGEP Work Plan - 4
Proposed Activities for the 2013-15 Extension of the EGEP (Cost in M€)
IPC
ID
Tools and
complementary
ID
Title
system tools
87
90
complementary
activities
89
1010
common
ground
technology
90
690
Tools and complementary Total
NG signal demonstrator
GNSS technology and
science announcement of
opportunity
Ground Cs clock
development
CM 117.8 M€
Grand
Total
2013
1.5
Remarks
2014
2015
1.5
6.0
3.0
1.4
1.4
8.9
4.4
3.0
Increased, possibility for new
MS
4.5
| Slide 31
2013-15 EGEP Work Plan - 5
Proposed Activities for the 2013-15 Extension of the
EGEP (Cost in M€)
ID
IPC ID
System
support
services
System
support
services Total
97
Title
2180+2190
Internal cost
Internal cost Total
Grand
Total
System support
services
Proposed Activities for the 2013-15 Extension of
the EGEP (Cost in M€)
ID
CM 117.8 M€
Title
2150 Internal cost
Remarks
2013
2014
5.0
2.5
2.5
5.0
2.5
2.5
201
5
CM 117.8 M€
Grand
Total
24.0
24.0
Remarks
2013
2014
8.0
8.0
8.0
8.0
201
5
8.0
8.0
| Slide 32
2013-15 EGEP Work Plan – 6 (Cost summary)
Proposed Activities for the 2013-15 Extension
of the EGEP (Cost in M€)
EGNOS v3 Total
Galileo 2G Total
Test-beds Total
Tools and complementary Total
Internal cost Total
Support services Total
Management reserve
Grand Total
CM 117.8 M€
Grand
Total
35.0
38.6
5.1
Remarks
2013
2014
33.0
25.5
1.8
2.0
13.1
3.3
8.9
4.4
4.5
24.0
5.0
8.0
2.5
8.0
2.5
1.2
117.8
0.6
75.8
0.6
34.0
2015
8.0
8.0
| Slide 33
IMPACT ON
DRAFT WORKING PLAN 2013-15
• Total amount of 117.8 M€ allows the Executive to reach the
main goals of EGEP Extension:
EGNOS
 EGNOS V3 Phase B2
 RIMS V3 Prototype
 Continuation of main EGNOS testbeds
Galileo
 Galileo 2G system level work
 Galileo 2G Satellite Study Phase A/B1
 Electrical Propulsion Validation for Galileo
 Inter-Satellite Links Pre-development
 Further Technology Development of Key Equipment (incl. clocks)
| Slide 34
CONTENT
•
•
EGEP Phase 1
EGEP Phase 2 - 2013-15
•
•
•
•
•
•
EGNOS - Drivers and Roadmap
Galileo - Directions and Roadmap
Accompanying Activities
Results of the ESA Ministerial Conference, Naples, Nov 2012
Overall Workplan 2013-15
EGEP Workplan 2013 - Batch 1 and 2
| Slide 35
WORKPLAN 2013 Batch 1+2
In order not to delay the procurement of the most urgent activities
Workplan 2013 Batch 1 was already submitted at the PBNAV on
29./30. Nov. 2012 for approval
 IPC approved end of Jan 2013
 ITT’s are planned for April-June 2013
PROCESS
(1)
 Target contracts signature: Early summer 2013
Workplan 2013 Batch 2 is presently in the AC/IPC approval loop
| Slide 36
BATCH 1 Activities of Workplan 2013
2013 EGEP Workplan, revision 1
Batch 1
M€
93.01/93.02
23.00
Support to Standardisation
62
0.50
RIMS V3 Prototype Development
63
9.00
Ionosphere Characterisation
66
1.00
EGNOS V3 System Study (B2)
EGNOS
Related
ID
Total
Galileo
Related
33.50
Galileo 2G Phase A/B1 Satellite Study
71
16.00
Electric Propulsion subsystem Industrialisation and
Thruster operational characterisation
(NOTE: This budget covers up to 3 parallel contracts.
Additional 1.2 M€ will be kept as mgmt. reserve in case
the TEB receives 4 excellent proposals (ref. IPC decision)
76
3.60
Inter Satellite Link (ISL) Pre-development
81
8.00
Total
27.60
Batch 1 Total
61.10
| Slide 37
BATCH 2 Activities of Workplan 2013
2013 EGEP Workplan, revision 1
Batch 2
High Integrity System Testbed
EGNOS
Related New Integrity Concept for Dual-frequency
SBAS
ID
82
M€
1.40
83
2.20
Total
Enhancement of Orbit Determination and
time synchronisation
PRS Signal Robustness
Galileo GNSS Technology & Science Announcement
Related of Opportunity
Ground Cs Clock Development
Galileo 2G Links
System Support Services
3.60
68
0.40
70
1.00
89
6.00
90
95
97
1.40
0.50
5.00
14.30
17.90
Total
Batch 2 Total
| Slide 38